What is the current through the 11 ohm heating element in the same parallel circuit?

To determine the current through the 11-ohm heating element in a parallel circuit, it’s important to understand the principles of parallel circuits, in which the voltage across all components remains the same while the total current is the sum of the currents through each component.

In a parallel circuit, the current can be calculated using Ohm's Law, which states that the current (I) is equal to the voltage (V) divided by the resistance (R). For the 11-ohm heating element, if the total voltage across the circuit is known, applying Ohm's Law would yield the formula:

I = V / R.

So, by substituting the resistance of the heating element into the equation, you can find the current flowing through it.

If the answer indicates that the current through the 11-ohm heating element is 20 amps, this suggests a corresponding voltage in the circuit. Using the formula:

I = V / 11 ohms,

it can be deduced that the voltage across the heating element would be 20 amps multiplied by 11 ohms, equaling 220 volts. This scenario aligns with the characteristics of a well-constructed electric circuit, where supply voltage is adequate to drive this level of current through the